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Now he exposes the most inner secrets of technologies being developed in classified aerospace programs |
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Secrets
of Antigravity Propulsion: Bear & Co., Rochester,
VT. Now available. A complete investigation of the development
and suppression of antigravity and field propulsion technologies Recounts the history of how gravity control research first developed and how dozens of major aerospace companies in the 50's were involved in major research effort that eventually became classified. Presents new insights into the B-2's highly secret electrogravitic field propulsion system. Discloses the existence of Project Skyvault, the highly classified Rocketdyne program that developed craft capable of lofting on invisible beams of microwave energy. Shows how devices currently under military development could revolutionize air travel and energy production. Shows how NASA participates in a cover-up to block adoption of advanced technologies under military development. Explains the physics behind electrogravitic field propulsion technologies. Shows evidence of a Navy cover up of Townsend Brown's involvement in the highly secret Philadelphia Experiment. |
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You-tube posts of Dr. LaViolette's 2000 interview for the Disclosure Project in which he discuses field propulsion technologies under development by the military, including the B2 propulsion system, and government efforts to keep these technologies secret. |
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One of the boldest and most exciting books on gravity control to be put forward in our times. A fantastic future awaits, just around the corner, those who succeed in controlling gravity. We need only take the first step. Learn how it can be done, and how it has been done, from outstanding scientist, Paul LaViolette, the first to reverse engineer the B-2's highly classified propulsion system. Eugene Podkletnov, Ph.D., Professor of Chemistry, Tampere, Finland Ervin Laszlo, Ph.D., founder of the Club of Budapest, author of Science and the Akashic Field
Steven M. Greer MD, Director TheOrionProject.org
Nick Cook,
author of The Hunt For Zero Point Jeane Manning, author of The Coming Energy Revolution: The Search for Free Energy
T. LONG "Da Blogger" The Real Data About Antigravity
Propulsion, and the Government Paranoia to Prove It Works (5
stars) These experiments date back 60+ years, but once they went "black" under US Military control, no further information was available, that is until the B-2 bomber was unveiled. It seems the US government embraces subquantum kinetics, but keeps it secret, even though it would solve our energy problems, pollution, and global warming. The book delves into the "actual" propulsion of the B-2 which corresponds perfectly with the known research and experiments into electrogravitic propulsion. At one point, Boeing, after completing classified propulsion work for the government, felt it would be of fantastic benefit for use in commercial aviation. They applied for declassification, but of course, were denied. The author even tried to submit data to NASA on shuttle propulsion, but NASA appears to be nothing more than a puppet organization for military PR to the public, since the military already has their own covert space program in place. This is an excellent book, but unless you understand college physics and higher math, it will be very hard to follow. Elliot Malach "The Unknown Surfer" |
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Update for p. 373, where a thrust-to-power ratio is estimated for the Lafforgue thruster: It is likely that, due to the opposing thrust vector developed by its polarized dielectric, the Lafforgue thruster loses its thrust once it becomes fully charged. Hence, like Brown's electrokinetic apparatus, it may need to be repeatedly charged and discharged to create a continuing thrust effect. In the case where 30 Lafforgue thrusters are delivering 20 metric tons of force, if these thrusters were to have a combined capacitance of about 30 microfarads and were to be charged to 100 kilovolts once every second, they would draw 300 kilowatts of power. This would project a thrust-to-power ratio about 3000 times lower than was previously estimated, or about 670 newtons per kilowatt (45 times that of a jet engine). Update for p. 374, where the coefficient of performance is estimated for a hypothetical Lafforgue motor: If the motor's Lafforgue capacitors were being charged and discharged once per second, rather than being powered with a steady DC potential, the motor would require 40 kilowatts of power for its operation. Hence its output power would exceed its input power by a factor of 125. |
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